Histological Analysis of the Mechanisms of Chattonella-Induced Hypoxemia in Yellowtail
スポンサーリンク
概要
著者
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ODA Tatsuya
Faculty of Fisheries, Nagasaki University
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Oda Tatsuya
Faculty Of Fisheries Nagasaki University
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Tamura Akihiko
Nomo Fisheries Station Nagasaki University
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ISHIMATSU Atsushi
Nomo Fisheries Station, Nagasaki University
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Ishimatsu Atsushi
Nomo Fisheries Station Nagasaki University
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SAMESHIMA Mamoru
Nomo Fisheries Station, Nagasaki University,
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Sameshima Mamoru
Nomo Fisheries Station Nagasaki University
関連論文
- Characteristics of a self-assembled fibrillar gel prepared from red stingray collagen
- Generation of Reactive Oxygen Species by Raphidophycean Phytoplankton
- Catalase- and Superoxide Dismutase-induced Morphological Changes and Growth Inhibition in the Red Tide Phytoplankton Chattonella marina
- Hydrogen Peroxide Production by the Red-tide Flagellate Chattonella marina
- A Comparison of Physiological Responses in Yellowtail to Fatal Environmental Hypoxia and Exposure to Chattonella marina
- Oxygen Radicals are Probably Involved in the Mortality of Yellowtail by Chattonella marina
- Some Dinophycean Red Tide Plankton Species Generate a Superoxide Scavenging Substance
- Antioxidant Properties of Aqueous Extracts from Red Tide Plankton Cultures
- A Discrepancy in Superoxide Scavenging Activity between the ESR-Spin Trapping Method and the Luminol Chemiluminescence Method
- Effect of Environmental Hyperoxia on Respiration of Yellowtail Exposed to Chattonella marina
- Comparison of Physiological Responses to Exposure to Chattonella marina in Yellowtail, Red Sea Bream and Japanese Flounder
- Mucus Blockade of Lamellar Water Channels in Yellowtail Exposed to Chattonella marina
- Taxonomic Study of a Marine Bacterium Producing Guluronate Lyase
- Histological Analysis of the Mechanisms of Chattonella-Induced Hypoxemia in Yellowtail
- A Discrepancy in Superoxide Scavenging Activity between the ESR-Spin Trapping Method and the Luminol Chemiluminescence Method
- Antioxidant Properties of Aqueous Extracts from Red Tide Plankton Cultures
- Some Dinophycean Red Tide Plankton Species Generate a Superoxide Scavenging Substance